Unlike the endoplasmic reticulum that's involved in protein synthesis and lipid metabolism, other components such as the plasma membrane, mitochondria, and chloroplasts do different functions with varying structures, making them non-examples of the endoplasmic reticulum.
Non-examples of the endoplasmic reticulum would include other cellular components that don't have similar functions or structure. For instance, the plasma membrane serves as a barrier between the cell and its external environment, unlike the endoplasmic reticulum which involves in protein synthesis (rough ER) and lipid metabolism (smooth ER). Another non-example would be mitochondria, which are involved in cellular respiration and energy production for the cell, and the chloroplasts (in plant cells) generating energy through photosynthesis. Neither have the same functions or structures as endoplasmic reticulum.
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] interactions occur between individuals of the same species.
Answer:
Intraspecific interactions occur between individuals of the same species.
Explanation:
In population ecology, intraspecific interactions can be described as the type of interaction which occurs between the members of the same species. Intraspecific competition can be described as an interaction between organisms of the same species in which they compete for resources like food, water, shelter etc.
In contrast, interspecific interactions are they type of interactions which occur in different species. For example, a fox and a lion and fighting for the same prey.
Answer:
intraspecific
Explanation:
Intraspecific interactions can include competition which will occur between members of the same species.
2. Gentle slope and impermeable bedrock
3. Steep slope and permeable soil
4 steep slope and impermeable bedrock
Answer:
3
Explanation:
Answer:
1. BW
2. BW
3. BW
4. BW
Explanation:
BW is the genotype of the offspring. Hope i helped
brainliest would be very cool and u would be nice if u gave me brainliest
k thanks
Answer:
Pleiotropy is the answer you're looking for :)
Pleiotropy occurs when one gene will code and control the phenotype or expression of several different and unrelated traits.